<?xml version="1.0" encoding="UTF-8" ?>
<?xml-stylesheet href="http://gridlab-d.svn.sourceforge.net/viewvc/gridlab-d/trunk/core/gridlabd-2_0.xsl" type="text/xsl"?>
<gridlabd>
	<version.major>2</version.major>
	<version.minor>2</version.minor>
	<command_line>"C:\Program Files (x86)\GridLAB-D\bin\gridlabd.exe --debug --warn -v --profile G:\Documents\GridLAB-D\sample\IEEE_4_node.glm -o IEEE_4_node.glm.xml"</command_line>
	<environment>batch</environment>
	<quiet>0</quiet>
	<warn>0</warn>
	<debugger>0</debugger>
	<gdb>0</gdb>
	<debug>1</debug>
	<test>0</test>
	<verbose>1</verbose>
	<iteration_limit>100</iteration_limit>
	<workdir>G:\Documents\GridLAB-D\sample</workdir>
	<dumpfile>gridlabd.xml</dumpfile>
	<savefile>IEEE_4_node.glm.xml</savefile>
	<dumpall>0</dumpall>
	<runchecks>0</runchecks>
	<threadcount>1</threadcount>
	<profiler>1</profiler>
	<pauseatexit>0</pauseatexit>
	<testoutputfile>test.txt</testoutputfile>
	<xml_encoding>8</xml_encoding>
	<clock>2000-01-01 03:00:00 EST</clock>
	<starttime>2012-12-08 15:18:46 EST</starttime>
	<stoptime>NEVER</stoptime>
	<double_format>%+lg</double_format>
	<complex_format>%+lg%+lg%c</complex_format>
	<object_format>%s:%d</object_format>
	<object_scan>%[^:]:%d</object_scan>
	<object_tree_balance>FALSE</object_tree_balance>
	<kmlfile>""</kmlfile>
	<modelname>G:\Documents\GridLAB-D\sample\IEEE_4_node.glm</modelname>
	<execdir>"C:\Program Files (x86)\GridLAB-D\bin"</execdir>
	<strictnames>TRUE</strictnames>
	<website>http://www.gridlabd.org/</website>
	<urlbase>http://www.gridlabd.org/</urlbase>
	<randomseed>0</randomseed>
	<include>"C:\Program Files (x86)\GridLAB-D"</include>
	<trace>""</trace>
	<gdb_window>0</gdb_window>
	<tmp>C:\Users\Danielondon\AppData\Roaming\temp\gridlabd</tmp>
	<force_compile>0</force_compile>
	<nolocks>0</nolocks>
	<skipsafe>0</skipsafe>
	<dateformat>ISO</dateformat>
	<minimum_timestep>1</minimum_timestep>
	<platform>WINDOWS</platform>
	<suppress_repeat_messages>1</suppress_repeat_messages>
	<maximum_synctime>60</maximum_synctime>
	<run_realtime>0</run_realtime>
	<no_deprecate>1</no_deprecate>
	<streaming_io>0</streaming_io>
	<compileonly>0</compileonly>
	<relax_naming_rules>0</relax_naming_rules>
	<server_portnum>10000</server_portnum>
	<show_progress>1</show_progress>
	<stylesheet>http://gridlab-d.svn.sourceforge.net/viewvc/gridlab-d/trunk/core/gridlabd-2_0</stylesheet>
	<timezone>EST5EDT</timezone>
	<sync-order>
		<pass>
			<name>pretopdown</name>
			<rank>
				<ordinal>7</ordinal>
				<object>
					<name>node1</name>
					<id>5</id>
				</object>
			</rank>
			<rank>
				<ordinal>5</ordinal>
				<object>
					<name>node2</name>
					<id>7</id>
				</object>
				<object>
					<name>node3</name>
					<id>9</id>
				</object>
				<object>
					<name>load4</name>
					<id>11</id>
				</object>
			</rank>
			<rank>
				<ordinal>2</ordinal>
				<object>
					<name>transformer23</name>
					<id>8</id>
				</object>
				<object>
					<name>(overhead_line:6)</name>
					<id>6</id>
				</object>
				<object>
					<name>(overhead_line:10)</name>
					<id>10</id>
				</object>
			</rank>
		</pass>
		<pass>
			<name>bottomup</name>
			<rank>
				<ordinal>0</ordinal>
				<object>
					<name>transformer_configuration400</name>
					<id>4</id>
				</object>
			</rank>
			<rank>
				<ordinal>2</ordinal>
				<object>
					<name>transformer23</name>
					<id>8</id>
				</object>
				<object>
					<name>(overhead_line:10)</name>
					<id>10</id>
				</object>
				<object>
					<name>(overhead_line:6)</name>
					<id>6</id>
				</object>
			</rank>
			<rank>
				<ordinal>5</ordinal>
				<object>
					<name>load4</name>
					<id>11</id>
				</object>
				<object>
					<name>node3</name>
					<id>9</id>
				</object>
				<object>
					<name>node2</name>
					<id>7</id>
				</object>
			</rank>
			<rank>
				<ordinal>7</ordinal>
				<object>
					<name>node1</name>
					<id>5</id>
				</object>
			</rank>
		</pass>
		<pass>
			<name>posttopdown</name>
			<rank>
				<ordinal>7</ordinal>
				<object>
					<name>node1</name>
					<id>5</id>
				</object>
			</rank>
			<rank>
				<ordinal>5</ordinal>
				<object>
					<name>node2</name>
					<id>7</id>
				</object>
				<object>
					<name>load4</name>
					<id>11</id>
				</object>
				<object>
					<name>node3</name>
					<id>9</id>
				</object>
			</rank>
			<rank>
				<ordinal>2</ordinal>
				<object>
					<name>(overhead_line:6)</name>
					<id>6</id>
				</object>
				<object>
					<name>transformer23</name>
					<id>8</id>
				</object>
				<object>
					<name>(overhead_line:10)</name>
					<id>10</id>
				</object>
			</rank>
			<rank>
				<ordinal>0</ordinal>
				<object>
					<name>transformer_configuration400</name>
					<id>4</id>
				</object>
			</rank>
		</pass>
	</sync-order>
	<powerflow>
		<version.major>2</version.major>
		<version.minor>0</version.minor>
		<node_list>
			<inherits_from>powerflow_object</inherits_from>
			<node>
				<id>5</id>
				<rank>7</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-01 03:00:00 EST</clock>
				<name>node1</name>
				<bustype>SWING</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.0072 V</maximum_voltage_error>
				<voltage_A>+7199.56+0d V</voltage_A>
				<voltage_B>+7199.56-120d V</voltage_B>
				<voltage_C>+7199.56+120d V</voltage_C>
				<voltage_AB>+12470+30d V</voltage_AB>
				<voltage_BC>+12470-90d V</voltage_BC>
				<voltage_CA>+12470+150d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+0+0i VA</power_A>
				<power_B>+0+0i VA</power_B>
				<power_C>+0+0i VA</power_C>
				<shunt_A>+0+0i S</shunt_A>
				<shunt_B>+0+0i S</shunt_B>
				<shunt_C>+0+0i S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+7200 V</nominal_voltage>
			</node>
			<node>
				<id>7</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-01 03:00:00 EST</clock>
				<name>node2</name>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.0072 V</maximum_voltage_error>
				<voltage_A>+7106.55-0.339158d V</voltage_A>
				<voltage_B>+7139.71-120.344d V</voltage_B>
				<voltage_C>+7120.77+119.629d V</voltage_C>
				<voltage_AB>+12337.9+29.7355d V</voltage_AB>
				<voltage_BC>+12351.6-90.4015d V</voltage_BC>
				<voltage_CA>+12319.2+149.612d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+0+0i VA</power_A>
				<power_B>+0+0i VA</power_B>
				<power_C>+0+0i VA</power_C>
				<shunt_A>+0+0i S</shunt_A>
				<shunt_B>+0+0i S</shunt_B>
				<shunt_C>+0+0i S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+7200 V</nominal_voltage>
			</node>
			<node>
				<id>9</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-01 03:00:00 EST</clock>
				<name>node3</name>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.0024 V</maximum_voltage_error>
				<voltage_A>+2247.41-3.6943d V</voltage_A>
				<voltage_B>+2268.51-123.476d V</voltage_B>
				<voltage_C>+2255.86+116.395d V</voltage_C>
				<voltage_AB>+3906.6+26.5702d V</voltage_AB>
				<voltage_BC>+3920.77-93.6328d V</voltage_BC>
				<voltage_CA>+3901.7+146.288d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+0+0i VA</power_A>
				<power_B>+0+0i VA</power_B>
				<power_C>+0+0i VA</power_C>
				<shunt_A>+0+0i S</shunt_A>
				<shunt_B>+0+0i S</shunt_B>
				<shunt_C>+0+0i S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+2400 V</nominal_voltage>
			</node>
		</node_list>
		<link_list>
			<inherits_from>powerflow_object</inherits_from>
		</link_list>
		<capacitor_list>
			<inherits_from>node</inherits_from>
		</capacitor_list>
		<fuse_list>
			<inherits_from>link</inherits_from>
		</fuse_list>
		<meter_list>
			<inherits_from>node</inherits_from>
		</meter_list>
		<line_list>
			<inherits_from>link</inherits_from>
		</line_list>
		<line_spacing_list>
			<line_spacing>
				<id>2</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>line_spacing200</name>
				<distance_AB>+2.5 ft</distance_AB>
				<distance_BC>+4.5 ft</distance_BC>
				<distance_AC>+7 ft</distance_AC>
				<distance_AN>+5.65685 ft</distance_AN>
				<distance_BN>+4.272 ft</distance_BN>
				<distance_CN>+5 ft</distance_CN>
			</line_spacing>
		</line_spacing_list>
		<overhead_line_list>
			<inherits_from>line</inherits_from>
			<overhead_line>
				<id>6</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-01 03:00:00 EST</clock>
				<name>(overhead_line:6)</name>
				<configuration>line_configuration300</configuration>
				<length>+2000 ft</length>
				<status>257</status>
				<from>node1</from>
				<to>node2</to>
				<power_in>+5.96918e+006+4.13256e+006j VA</power_in>
				<power_out>+5.92983e+006+4.05165e+006j VA</power_out>
				<power_out_real>+5.92983e+006 W</power_out_real>
				<power_losses>+39343.4+80906.6j VA</power_losses>
				<power_in_A>+2.0539e+006+1.43364e+006j VA</power_in_A>
				<power_in_B>+1.9284e+006+1.30844e+006j VA</power_in_B>
				<power_in_C>+1.98687e+006+1.39048e+006j VA</power_in_C>
				<power_out_A>+2.03571e+006+1.40309e+006j VA</power_out_A>
				<power_out_B>+1.92012e+006+1.28606e+006j VA</power_out_B>
				<power_out_C>+1.974e+006+1.3625e+006j VA</power_out_C>
				<power_losses_A>+18192.8+30546.5j VA</power_losses_A>
				<power_losses_B>+8277.06+22379j VA</power_losses_B>
				<power_losses_C>+12873.5+27981.1j VA</power_losses_C>
				<current_out_A>+285.282-199.129j A</current_out_A>
				<current_out_B>-291.316-141.095j A</current_out_B>
				<current_out_C>+29.2727+335.565j A</current_out_C>
				<current_in_A>+285.282-199.129j A</current_in_A>
				<current_in_B>-291.316-141.095j A</current_in_B>
				<current_in_C>+29.2727+335.565j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CF|BF|AF</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>ABCN</phases>
				<nominal_voltage>+7200 V</nominal_voltage>
			</overhead_line>
			<overhead_line>
				<id>10</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-01 03:00:00 EST</clock>
				<name>(overhead_line:10)</name>
				<configuration>line_configuration300</configuration>
				<length>+2500 ft</length>
				<status>257</status>
				<from>node3</from>
				<to>load4</to>
				<power_in>+5.8419e+006+3.52408e+006j VA</power_in>
				<power_out>+5.4e+006+2.61534e+006j VA</power_out>
				<power_out_real>+5.4e+006 W</power_out_real>
				<power_losses>+441904+908741j VA</power_losses>
				<power_in_A>+2.00434e+006+1.21488e+006j VA</power_in_A>
				<power_in_B>+1.89297e+006+1.12314e+006j VA</power_in_B>
				<power_in_C>+1.9446e+006+1.18606e+006j VA</power_in_C>
				<power_out_A>+1.8e+006+871780j VA</power_out_A>
				<power_out_B>+1.8e+006+871780j VA</power_out_B>
				<power_out_C>+1.8e+006+871780j VA</power_out_C>
				<power_losses_A>+204342+343097j VA</power_losses_A>
				<power_losses_B>+92967.8+251361j VA</power_losses_B>
				<power_losses_C>+144595+314283j VA</power_losses_C>
				<current_out_A>+855.16-596.908j A</current_out_A>
				<current_out_B>-873.246-422.946j A</current_out_B>
				<current_out_C>+87.7479+1005.89j A</current_out_C>
				<current_in_A>+855.16-596.908j A</current_in_A>
				<current_in_B>-873.246-422.946j A</current_in_B>
				<current_in_C>+87.7479+1005.89j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CF|BF|AF</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>ABCN</phases>
				<nominal_voltage>+2400 V</nominal_voltage>
			</overhead_line>
		</overhead_line_list>
		<underground_line_list>
			<inherits_from>line</inherits_from>
		</underground_line_list>
		<overhead_line_conductor_list>
			<overhead_line_conductor>
				<id>0</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>overhead_line_conductor100</name>
				<geometric_mean_radius>+0.0244 ft</geometric_mean_radius>
				<resistance>+0.306 Ohm/mile</resistance>
				<rating.summer.continuous>+0 A</rating.summer.continuous>
				<rating.summer.emergency>+0 A</rating.summer.emergency>
				<rating.winter.continuous>+0 A</rating.winter.continuous>
				<rating.winter.emergency>+0 A</rating.winter.emergency>
			</overhead_line_conductor>
			<overhead_line_conductor>
				<id>1</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>overhead_line_conductor101</name>
				<geometric_mean_radius>+0.00814 ft</geometric_mean_radius>
				<resistance>+0.592 Ohm/mile</resistance>
				<rating.summer.continuous>+0 A</rating.summer.continuous>
				<rating.summer.emergency>+0 A</rating.summer.emergency>
				<rating.winter.continuous>+0 A</rating.winter.continuous>
				<rating.winter.emergency>+0 A</rating.winter.emergency>
			</overhead_line_conductor>
		</overhead_line_conductor_list>
		<underground_line_conductor_list>
		</underground_line_conductor_list>
		<line_configuration_list>
			<line_configuration>
				<id>3</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>line_configuration300</name>
				<conductor_A>overhead_line_conductor100</conductor_A>
				<conductor_B>overhead_line_conductor100</conductor_B>
				<conductor_C>overhead_line_conductor100</conductor_C>
				<conductor_N>overhead_line_conductor101</conductor_N>
				<spacing>line_spacing200</spacing>
				<z11>+0+0j Ohm/mile</z11>
				<z12>+0+0j Ohm/mile</z12>
				<z13>+0+0j Ohm/mile</z13>
				<z21>+0+0j Ohm/mile</z21>
				<z22>+0+0j Ohm/mile</z22>
				<z23>+0+0j Ohm/mile</z23>
				<z31>+0+0j Ohm/mile</z31>
				<z32>+0+0j Ohm/mile</z32>
				<z33>+0+0j Ohm/mile</z33>
			</line_configuration>
		</line_configuration_list>
		<relay_list>
			<inherits_from>link</inherits_from>
		</relay_list>
		<transformer_configuration_list>
			<transformer_configuration>
				<id>4</id>
				<rank>0</rank>
				<out_svc>NEVER</out_svc>
				<name>transformer_configuration400</name>
				<connect_type>WYE_WYE</connect_type>
				<install_type>UNKNOWN</install_type>
				<primary_voltage>+12470 V</primary_voltage>
				<secondary_voltage>+4160 V</secondary_voltage>
				<power_rating>+6000 kVA</power_rating>
				<powerA_rating>+2000 kVA</powerA_rating>
				<powerB_rating>+2000 kVA</powerB_rating>
				<powerC_rating>+2000 kVA</powerC_rating>
				<resistance>+0.01 pu</resistance>
				<reactance>+0.06 pu</reactance>
				<impedance>+0.01+0.06j pu</impedance>
				<resistance1>+0 pu</resistance1>
				<reactance1>+0 pu</reactance1>
				<impedance1>+0+0j pu</impedance1>
				<resistance2>+0 pu</resistance2>
				<reactance2>+0 pu</reactance2>
				<impedance2>+0+0j pu</impedance2>
				<shunt_resistance>+1e+009 pu</shunt_resistance>
				<shunt_reactance>+1e+009 pu</shunt_reactance>
				<shunt_impedance>+1e+009+1e+009j pu</shunt_impedance>
			</transformer_configuration>
		</transformer_configuration_list>
		<transformer_list>
			<inherits_from>link</inherits_from>
			<transformer>
				<id>8</id>
				<rank>2</rank>
				<out_svc>NEVER</out_svc>
				<clock>2000-01-01 03:00:00 EST</clock>
				<name>transformer23</name>
				<configuration>transformer_configuration400</configuration>
				<status>257</status>
				<from>node2</from>
				<to>node3</to>
				<power_in>+5.92983e+006+4.05165e+006j VA</power_in>
				<power_out>+5.8419e+006+3.52408e+006j VA</power_out>
				<power_out_real>+5.8419e+006 W</power_out_real>
				<power_losses>+87928.4+527570j VA</power_losses>
				<power_in_A>+2.03571e+006+1.40309e+006j VA</power_in_A>
				<power_in_B>+1.92012e+006+1.28606e+006j VA</power_in_B>
				<power_in_C>+1.974e+006+1.3625e+006j VA</power_in_C>
				<power_out_A>+2.00434e+006+1.21488e+006j VA</power_out_A>
				<power_out_B>+1.89297e+006+1.12314e+006j VA</power_out_B>
				<power_out_C>+1.9446e+006+1.18606e+006j VA</power_out_C>
				<power_losses_A>+31369.2+188215j VA</power_losses_A>
				<power_losses_B>+27153.7+162922j VA</power_losses_B>
				<power_losses_C>+29405.5+176433j VA</power_losses_C>
				<current_out_A>+855.16-596.908j A</current_out_A>
				<current_out_B>-873.246-422.946j A</current_out_B>
				<current_out_C>+87.7479+1005.89j A</current_out_C>
				<current_in_A>+285.282-199.129j A</current_in_A>
				<current_in_B>-291.316-141.095j A</current_in_B>
				<current_in_C>+29.2727+335.565j A</current_in_C>
				<fault_current_in_A>+0+0j A</fault_current_in_A>
				<fault_current_in_B>+0+0j A</fault_current_in_B>
				<fault_current_in_C>+0+0j A</fault_current_in_C>
				<fault_current_out_A>+0+0j A</fault_current_out_A>
				<fault_current_out_B>+0+0j A</fault_current_out_B>
				<fault_current_out_C>+0+0j A</fault_current_out_C>
				<flow_direction>CF|BF|AF</flow_direction>
				<mean_repair_time>+0 s</mean_repair_time>
				<phases>ABCN</phases>
				<nominal_voltage>+7200 V</nominal_voltage>
			</transformer>
		</transformer_list>
		<load_list>
			<inherits_from>node</inherits_from>
			<load>
				<id>11</id>
				<rank>5</rank>
				<out_svc>NEVER</out_svc>
				<parent>node1</parent>
				<clock>2000-01-01 03:00:00 EST</clock>
				<name>load4</name>
				<load_class>U</load_class>
				<constant_power_A>+1.8e+006+871780j VA</constant_power_A>
				<constant_power_B>+1.8e+006+871780j VA</constant_power_B>
				<constant_power_C>+1.8e+006+871780j VA</constant_power_C>
				<constant_power_A_real>+1.8e+006 W</constant_power_A_real>
				<constant_power_B_real>+1.8e+006 W</constant_power_B_real>
				<constant_power_C_real>+1.8e+006 W</constant_power_C_real>
				<constant_power_A_reac>+871780 VAr</constant_power_A_reac>
				<constant_power_B_reac>+871780 VAr</constant_power_B_reac>
				<constant_power_C_reac>+871780 VAr</constant_power_C_reac>
				<constant_current_A>+0+0i A</constant_current_A>
				<constant_current_B>+0+0i A</constant_current_B>
				<constant_current_C>+0+0i A</constant_current_C>
				<constant_current_A_real>+0 A</constant_current_A_real>
				<constant_current_B_real>+0 A</constant_current_B_real>
				<constant_current_C_real>+0 A</constant_current_C_real>
				<constant_current_A_reac>+0 A</constant_current_A_reac>
				<constant_current_B_reac>+0 A</constant_current_B_reac>
				<constant_current_C_reac>+0 A</constant_current_C_reac>
				<constant_impedance_A>+0+0i Ohm</constant_impedance_A>
				<constant_impedance_B>+0+0i Ohm</constant_impedance_B>
				<constant_impedance_C>+0+0i Ohm</constant_impedance_C>
				<constant_impedance_A_real>+0 Ohm</constant_impedance_A_real>
				<constant_impedance_B_real>+0 Ohm</constant_impedance_B_real>
				<constant_impedance_C_real>+0 Ohm</constant_impedance_C_real>
				<constant_impedance_A_reac>+0 Ohm</constant_impedance_A_reac>
				<constant_impedance_B_reac>+0 Ohm</constant_impedance_B_reac>
				<constant_impedance_C_reac>+0 Ohm</constant_impedance_C_reac>
				<measured_voltage_A>+1917.77-9.07337d</measured_voltage_A>
				<measured_voltage_B>+2061.26-128.315d</measured_voltage_B>
				<measured_voltage_C>+1980.77+110.856d</measured_voltage_C>
				<measured_voltage_AB>+3433.47+22.5166d</measured_voltage_AB>
				<measured_voltage_BC>+3515.24-99.3773d</measured_voltage_BC>
				<measured_voltage_CA>+3375.18+140.356d</measured_voltage_CA>
				<phase_loss_protection>FALSE</phase_loss_protection>
				<base_power_A>+0 VA</base_power_A>
				<base_power_B>+0 VA</base_power_B>
				<base_power_C>+0 VA</base_power_C>
				<power_pf_A>+1 pu</power_pf_A>
				<current_pf_A>+1 pu</current_pf_A>
				<impedance_pf_A>+1 pu</impedance_pf_A>
				<power_pf_B>+1 pu</power_pf_B>
				<current_pf_B>+1 pu</current_pf_B>
				<impedance_pf_B>+1 pu</impedance_pf_B>
				<power_pf_C>+1 pu</power_pf_C>
				<current_pf_C>+1 pu</current_pf_C>
				<impedance_pf_C>+1 pu</impedance_pf_C>
				<power_fraction_A>+0 pu</power_fraction_A>
				<current_fraction_A>+0 pu</current_fraction_A>
				<impedance_fraction_A>+0 pu</impedance_fraction_A>
				<power_fraction_B>+0 pu</power_fraction_B>
				<current_fraction_B>+0 pu</current_fraction_B>
				<impedance_fraction_B>+0 pu</impedance_fraction_B>
				<power_fraction_C>+0 pu</power_fraction_C>
				<current_fraction_C>+0 pu</current_fraction_C>
				<impedance_fraction_C>+0 pu</impedance_fraction_C>
				<bustype>PQ</bustype>
				<busflags>HASSOURCE</busflags>
				<maximum_voltage_error>+0.0024 V</maximum_voltage_error>
				<voltage_A>+1917.77-9.07337d V</voltage_A>
				<voltage_B>+2061.26-128.315d V</voltage_B>
				<voltage_C>+1980.77+110.856d V</voltage_C>
				<voltage_AB>+3433.47+22.5166d V</voltage_AB>
				<voltage_BC>+3515.24-99.3773d V</voltage_BC>
				<voltage_CA>+3375.18+140.356d V</voltage_CA>
				<current_A>+0+0i A</current_A>
				<current_B>+0+0i A</current_B>
				<current_C>+0+0i A</current_C>
				<power_A>+1.8e+006+871780j VA</power_A>
				<power_B>+1.8e+006+871780j VA</power_B>
				<power_C>+1.8e+006+871780j VA</power_C>
				<shunt_A>+0+0j S</shunt_A>
				<shunt_B>+0+0j S</shunt_B>
				<shunt_C>+0+0j S</shunt_C>
				<NR_mode>FALSE</NR_mode>
				<mean_repair_time>+0 s</mean_repair_time>
				<service_status>IN_SERVICE</service_status>
				<phases>ABCN</phases>
				<nominal_voltage>+2400 V</nominal_voltage>
			</load>
		</load_list>
		<regulator_configuration_list>
		</regulator_configuration_list>
		<regulator_list>
			<inherits_from>link</inherits_from>
		</regulator_list>
		<triplex_node_list>
			<inherits_from>powerflow_object</inherits_from>
		</triplex_node_list>
		<triplex_meter_list>
			<inherits_from>triplex_node</inherits_from>
		</triplex_meter_list>
		<triplex_line_list>
			<inherits_from>line</inherits_from>
		</triplex_line_list>
		<triplex_line_configuration_list>
		</triplex_line_configuration_list>
		<triplex_line_conductor_list>
		</triplex_line_conductor_list>
		<switch_list>
			<inherits_from>link</inherits_from>
		</switch_list>
		<substation_list>
			<inherits_from>node</inherits_from>
		</substation_list>
		<pqload_list>
			<inherits_from>load</inherits_from>
		</pqload_list>
		<voltdump_list>
		</voltdump_list>
		<series_reactor_list>
			<inherits_from>link</inherits_from>
		</series_reactor_list>
		<restoration_list>
		</restoration_list>
		<frequency_gen_list>
		</frequency_gen_list>
		<volt_var_control_list>
		</volt_var_control_list>
		<fault_check_list>
		</fault_check_list>
		<motor_list>
			<inherits_from>node</inherits_from>
		</motor_list>
		<billdump_list>
		</billdump_list>
		<power_metrics_list>
		</power_metrics_list>
		<currdump_list>
		</currdump_list>
		<recloser_list>
			<inherits_from>switch</inherits_from>
		</recloser_list>
		<sectionalizer_list>
			<inherits_from>switch</inherits_from>
		</sectionalizer_list>
		<emissions_list>
		</emissions_list>
	</powerflow>
</gridlabd>
